1. Write a number - 6 in the 32-bit register below. Use 2's complement representation. 2. The address of 16-bit short integer -6 is stored in a register 56. Show the content of a register 0 after the following command (the command is this way intentionally) Ihu $so, ($56) 3. Write a 16-bit number - 11 in 2's complement representation at the address 8. Use the big-endian approach (when most significant bits go in memory first). You can also see a short explanation of "big-endian" in our textbook on page 70. RAM